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Rectangular Connectors - Headers, Male Pins

HTSW-136-07-H-D is a type of rectangular connector header which utilizes male pins to transmit signals. This type of connector is the most commonly used in applications to provide reliable electrical connections with signal amplifications. The connection configurations offered by this connector provide a wide range of respective applications for various inherent control systems.

Application Field

HTSW-136-07-H-D connectors can be applied in various applications including consumer electronics, automotive systems, and industrial control systems. Due to its high environment compatibility and anti-interference design, it is especially popular in the automotive industry. In addition, its flexibility to different electromagnetic environments makes it ideal for commercial applications. It is also suitable for electrical appliances requiring high-power transmission.

Working Principle

The male pins on HTSW-136-07-H-D connectors ensure reliable electricity transmission by providing a firm electrical contact and signal integrity. The pins use the principles of spring-loaded contact to provide secure connections which are further strengthened with the addition of solder. This mounting design also allows for blind mating which helps prevent the wrong pins from being inserted into the connectors. Furthermore, the pins of the connectors are made of Durable Nickel-plated Phosphor Bronze, making them highly resistant to corrosion and saltwater exposure. Finally, this connector has a maximum operating temperature of 125 °C, making it suitable for wide applications.

Conclusion

HTSW-136-07-H-D is a type of rectangular connector header which utilizes male pins to transmit signals. Its wide range of applications, reliable electrical connection, and anti-interference design makes it suitable for commercial and industrial applications. The male pins used in this connector provide secure electrical contact while the solder connections ensure secure signals. The Durable Nickel-plated Phosphor Bronze pins allow for increased durability and corrosion-resistance. The maximum operating temperature of 125 °C makes this connector suitable for a wide range of applications.

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